Non-Invasive Quick Diagnosis of Cardiovascular Problems from Visible and Invisible Abnormal Changes with Increased Cardiac Troponin I Appearing On Cardiovascular Representation Areas of the Eyebrows, Left Upper Lip, etc. of the Face & Hands: Beneficial ManualStimulation of Hands for Acute Anginal Chest Pain, and Important Factors in Safe, Effective Treatment

Yoshiaki Omura, M.D., Sc.D., F.A.C.A., F.I.C.A.E., F.R.S.M.

Director of Medical Research, Heart Disease Research Foundation; Adjunct Prof., Family & Community Medicine Dept., New York Medical College; President & Prof., International College of Acupuncture & Electro-Therapeutics; Former Adjunct Prof., Dept. of Pharmacology, Chicago Medical School; Former "Maitre de Recherche" of INSERM (National Institute of Health & Medical Research), France; Former Visiting Prof. of Anesthesiology & Psycho-Physiology at University of Paris IV; Former Visiting Prof. of Anesthesiology at University of Padua, Italy.

Visiting Associate Prof. of Integrative Medicine, International College of Acupuncture Electro-therapeutics; Director, Houston Holistic Dental Clinic Center; Former Assistant Prof. of Chemistry, University of Houston

Harsha Duvvi, MD, MPH, F.I.C.A.E., Cert. ORT-MD (4 Dan)

Clinical Assistant Prof., Dept. of Family & Community Medicine and Neurologist, New York Medical College; Visiting Associate Prof. of Integrative Medicine, International College of Acupuncture & Electro-therapeutics

Our previous study indicated that there are at least 7 cardiovascular representation areas on the face, including the "Eyebrows", both sides of the "Nose", "Left Upper Lip" and the "Outside of the corner of both sides of the mouth," in addition to 2 areas in each hand. When there are cardiovascular problems, some of the heart representation areas of these areas often show the following changes: 1) Most distinctive visible changes such as the initial whitening with or without long white hair, then hair loss and complete disappearance of the hairs of the heart representation area of "Eyebrows" 2) Invisible biochemical changes that happen in heart representation areas at the "Left Upper Lips", 3) "Nose" below eye level as well as 4) "3rd segment of Middle Finger of Hands." Most distinctive visible & invisible changes are found in heart representation areas on the "Eyebrow", located nearest to the midline of face, where the color of the hairs becomes white compared with the rest of the Eyebrow. Then the cardiovascular problem advances, and hair starts disappearing. When there are no hairs at the heart representation areas of the Eyebrow, usually Cardiac Troponin I is increased to a very serious, abnormal high value. Most of the cardiovascular representation areas of the face show, regardless of presence or absence of visible change. When there is a cardiovascular problem, not only simple Bi-Digital O-Ring Test can detect without using any instrument in several minutes but also, corresponding biochemical changes of abnormally increased Cardiac Troponin I level can often be detected non-invasively from these Organ Representation Areas of Face & Hands, although changes in Eyebrows, L-Upper Lip & 3rd segment of middle fingers are clinically the most reliable changes & easy to identify the locations. Manual Stimulation of Hand's heart representation areas often eliminated acute anginal chest pain before medical help became available. Important factors for safe, effective treatment of heart disease & cancer were also presented. Significant beneficial effect of optimal dose of Vitamin D3 400 I.U. for average adult on heart, brain and cancer, and harmful effect of widely used 2000 I.U., was emphasized. Key Words: Cardiovascular Disease; Eyebrows; Lips; Face; Hands; Cardiac Troponin I; Vitamin D3; DHEA; Acetylcholine, Vitamin E; Tocotrienol; Cancer; Non-Invasive diagnosis; Electro Magnetic Field (EMF) Neutralizer.

Power Spectral Differences of Electrophysiological Signals Detected at Acupuncture Points and Non-Acupuncture Points

In this study, we chose 10 acupoints and non-acupuncture point control groups to see if there are electrical differences between acupoints and non-acupoints. 4 adjacent non-acupoints around each acupoint were chosen as a control group in 400 trials on 10 volunteers aged 23-30 years to characterize the Power Spectral Density of acupoint electrophysiological signals, which means the differences of power and its distribution in frequency. The electrophysiological signals of acupoints and control groups were recorded simultaneously. The results show that acupoint electrophysiological signals have higher Power Spectral Density and power than nearby non-acupoint areas. Integrating the entire data, power of acupoint electrical signals are about 14.7% higher than nearby non-acupoint electrical signals, and most of the higher power is distributed from 0 to 10 Hz and 0-2 Hz is the highest. The maximum power difference between acupoints and non-acupoint is 61.5% appeared in LI 11(曲池). From physiological view, the percentage is high enough to show the electrical specificity of acupoint, which is strong proof of Traditional Chinese Medicine theory and one of the bases for further research. As acupoint electrophysiological signals are driven by internal organs, they can reflect the health condition of internal organs effectively, and so analysis of acupoint electrophysiological signals may be a new way to diagnose organ diseases instead of with the experience of doctor of Traditional Chinese Medicine.

Bi-Digital O-Ring Test (BDORT) can be used for various purposes for medical and dental diagnosis as well as for treatment purposes by determining the type of medication and the dosage for a patient. In case of infection, BDORT is a fast and non-invasive way to decide what kind of antibiotic and the dosage to be given to patient. If a patient already has been on a certain antibiotic for days, the clinician could use BDORT with diode (with arrow signs of the diode pointing to the patient) to test the same drug. Otherwise without diode, if BDORT result is negative, it could either mean the negative result might be due to resonance phenomenon or it may be because the antibiotic is ineffective. Either way, if ORing would be open during testing, the clinician should gradually increase or decrease the dosage of antibiotic to find out if BDORT result begins to become positive. In great majority of cases involving less effective old generation antibiotics, it is usually due to resistant microbia that require increasing dosage of antibiotic to make it become more effective. If increasing dosage would make ORing close, then the increased dosage would be effective to the patient. If the result is negative, the clinician should consider switching to another antibiotic regimen that may be tested positive with BDORT. Old generation antibiotics have not necessarily lost usefulness or lack efficacy on those new emerging resistant bacteria. Clinicians may just need to increase the dosage of those older generation antibiotics to make them more effective. In fact, with so many antibiotic-resisting strains of bacteria, clinician often face dilemma whether to switch to newer generation of antibiotics or just to increase the dosage of the older generation of antibiotics that a patient has been taking. When testing antibiotic of penicillinrelated medication including amoxicillin, the thymus tablet (bovine source) should also be used for the testing after initially testing without it. Such a double checking system will avoid the false signal from BDORT about the drugs of penicillin family.